l  32 bit DSP control technology, low noise/vibration with excellent stability and low cost

l  Current automatically change according to load

l  16 constant-torque microstep settings, 200 microsteps the highest

l  Input voltage range: DC24~50V

l  Excellent high-speed performance and rigidity, perfectly integrated the advantages of servo and stepper

l  Less torque attenuation, with 3000rpm efficient working speed

l  RS-485 bus, support standard ModBus-RTU protocol, mounting 30 devices the most

l  Built-in single-axis controller and digital drive function, supporting position control, speed control and multi-position control mode

Typical Application:
Widely used in textile machines, embroidery machines, security equipment, stage lighting, robots, medical equipment, laser equipment, marking machines, plotters and other automation equipments.

SSD2505PR takes the advantages of 32-bit DSP control technology and power angle control technology, maximum speed reaches more than 3000rmp. It’s high-speed torque attenuation is much lower than ordinary open-loop stepper drive, which can greatly enhance the high-speed performance and torque efficiency, and reduce motor heating/vibration, thus to enhancing machine’s efficiency and accuracy.

SSD2505PR integrated with bus communication and uniaxial controller, equipped with RS-485 interface, and support standard ModBus-RTU protocol.

It has 2 photoelectric isolated programmable high-speed differential input terminals, 5 photoelectric isolated programmable input terminals and 3 photoelectric isolated output terminals. With those multiple input/output terminals, it’s used to carry out current setting, position control, speed control, home position return and other uniaxial motion control.

SSD2505PR is particularly suitable for long distance, strong interference environment, and multiple motor control applications. Since it has uniaxial control function, users don’t need to purchase controller anymore, thus greatly reduce costs.

Product DiagramProduct Diagram
COM SettingCOM Setting
Terminal AssignmentTerminal Assignment
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